Welcome to Capx
A Decentralized Protocol for AI Agent Ownership, Monetization, and Liquidity
π Overview
Capx is an Ethereum Layer 2 purpose-built to create, deploy, and monetize AI agents using a modular, programmable, and crypto-native infrastructure.
In the same way that Ethereum enabled programmable money, Capx enables programmable agentsβautonomous software entities that can act, learn, and generate value, now represented by ERC-20 tokens and owned by communities.
Capx brings together the tools required for the AI Builder Economy into a single protocol stack:
- A decentralized compute network (Capx Cloud) for hosting AI agents securely at scale.
- An execution environment (Capx Chain) optimized for micro-interactions, token issuance, and composable trading.
- A discovery and liquidity layer (Capx App) that allows users to explore, invest in, and interact with AI agents through a familiar social+DeFi interface.
The result is a permissionless framework where:
- Developers deploy containerized agents in seconds.
- Every agent has its own native token to align incentives and bootstrap loyalty.
- Early users gain fractional ownership in successful agents.
- Capital formation, usage, and governance all happen on-chain.
Capx transforms AI agents from isolated codebases into network-native economic actorsβopen, composable, and liquid.
π§ The Capx Thesis
Autonomous software agents are about to become the most important economic actors of the next decade. They can think, act, and iterate faster than any human-run startup β but the current web-3 stack was built for people, not code that writes its own rules.
Capx closes that gap by solving three first-principle problems:
| What Agents Need | Why It Matters | How Capx Delivers |
|---|---|---|
| Programmable Ownership | Early users, data providers, and contributors deserve a direct stake in the agents they power. Without shared upside, network effects stall. | Every agent launches with a native ERC-20 token. Distribution schedules bake in community ownership from day one, aligning incentives as the agent scales. |
| Agent-Native Infrastructure | Conventional clouds throttle long-running, self-reflexive processes. Agents need deterministic compute, cheap micro-transactions, and bandwidth designed for autonomous logic. | Capx Cloud and Capx Chain form a vertically integrated runway for nonstop agent execution. |
| On-Chain Liquidity | Tokens are only useful if they can move. Agents must plug into existing DeFi rails for price discovery, collateral, and composability. | Built-in AMM pools let every agent token trade instantly. Liquidity hooks feed into the broader DeFi stack, making agent assets borrowable, LP-able, and legible to any smart contract. |
In one sentence: Capx is the programmable ownership, execution, and liquidity layer that lets autonomous agents graduate from proof-of-concept demos to fully capitalized, community-owned businesses.
𧱠The Modular Stack
Capx is composed of three interoperable layers that work together to create a complete AI agent ecosystem:
Capx App
Frontend & Liquidity Layer
Mobile and web interface for discovering, trading, and interacting with AI agents.
- β’ Social discovery for trending agents
- β’ Native trading interface
- β’ Performance metrics & staking
Capx Chain
Execution Layer (L2)
Arbitrum Orbit rollup optimized for agent interactions and token trading.
- β’ Built-in AMM for agent tokens
- β’ CAPX native gas token
- β’ Cross-agent composability
Capx Cloud
Compute & Hosting Layer
Decentralized infrastructure for deploying and scaling AI agents.
- β’ Docker-based deployment
- β’ Auto-scaling compute clusters
- β’ Encrypted storage & APIs
π§βπ» Who Can Use Capx?
| π Role | π How They Participate |
|---|---|
| π Developers | Ship containerized AI agents with the Capx SDK β mint a native token β set emission & governance rules. |
| π₯ Early Users & Communities | Stake in new agents, earn token rewards for usage and referrals, and vote on upgrades or forks. |
| π Infrastructure Providers | Plug GPUs, bandwidth, or validator nodes into Capx Cloud/Chain and collect CAPX + agent-level fees. |
| πΉ Investors & Traders | Provide liquidity, trade agent tokens on the in-app DEX, and allocate capital to fast-growing agent economies. |
π§ Where to Go Next
Capx Products
Detailed overview of the App, Chain, and Cloud infrastructure components.
Build on Capx
SDKs, APIs, token standards, and how to deploy your first agent.
π Explore Capx
Welcome to Capx
A Decentralized Protocol for AI Agent Ownership, Monetization, and Liquidity
π Overview
Capx is an Ethereum Layer 2 purpose-built to create, deploy, and monetize AI agents using a modular, programmable, and crypto-native infrastructure.
In the same way that Ethereum enabled programmable money, Capx enables programmable agentsβautonomous software entities that can act, learn, and generate value, now represented by ERC-20 tokens and owned by communities.
Capx brings together the tools required for the AI Builder Economy into a single protocol stack:
- A decentralized compute network (Capx Cloud) for hosting AI agents securely at scale.
- An execution environment (Capx Chain) optimized for micro-interactions, token issuance, and composable trading.
- A discovery and liquidity layer (Capx App) that allows users to explore, invest in, and interact with AI agents through a familiar social+DeFi interface.
The result is a permissionless framework where:
- Developers deploy containerized agents in seconds.
- Every agent has its own native token to align incentives and bootstrap loyalty.
- Early users gain fractional ownership in successful agents.
- Capital formation, usage, and governance all happen on-chain.
Capx transforms AI agents from isolated codebases into network-native economic actorsβopen, composable, and liquid.
π§ The Capx Thesis
Autonomous software agents are about to become the most important economic actors of the next decade. They can think, act, and iterate faster than any human-run startup β but the current web-3 stack was built for people, not code that writes its own rules.
Capx closes that gap by solving three first-principle problems:
| What Agents Need | Why It Matters | How Capx Delivers |
|---|---|---|
| Programmable Ownership | Early users, data providers, and contributors deserve a direct stake in the agents they power. Without shared upside, network effects stall. | Every agent launches with a native ERC-20 token. Distribution schedules bake in community ownership from day one, aligning incentives as the agent scales. |
| Agent-Native Infrastructure | Conventional clouds throttle long-running, self-reflexive processes. Agents need deterministic compute, cheap micro-transactions, and bandwidth designed for autonomous logic. | Capx Cloud and Capx Chain form a vertically integrated runway for nonstop agent execution. |
| On-Chain Liquidity | Tokens are only useful if they can move. Agents must plug into existing DeFi rails for price discovery, collateral, and composability. | Built-in AMM pools let every agent token trade instantly. Liquidity hooks feed into the broader DeFi stack, making agent assets borrowable, LP-able, and legible to any smart contract. |
In one sentence: Capx is the programmable ownership, execution, and liquidity layer that lets autonomous agents graduate from proof-of-concept demos to fully capitalized, community-owned businesses.
𧱠The Modular Stack
Capx is composed of three interoperable layers that work together to create a complete AI agent ecosystem:
Capx App
Frontend & Liquidity Layer
Mobile and web interface for discovering, trading, and interacting with AI agents.
- β’ Social discovery for trending agents
- β’ Native trading interface
- β’ Performance metrics & staking
Capx Chain
Execution Layer (L2)
Arbitrum Orbit rollup optimized for agent interactions and token trading.
- β’ Built-in AMM for agent tokens
- β’ CAPX native gas token
- β’ Cross-agent composability
Capx Cloud
Compute & Hosting Layer
Decentralized infrastructure for deploying and scaling AI agents.
- β’ Docker-based deployment
- β’ Auto-scaling compute clusters
- β’ Encrypted storage & APIs
π§βπ» Who Can Use Capx?
| π Role | π How They Participate |
|---|---|
| π Developers | Ship containerized AI agents with the Capx SDK β mint a native token β set emission & governance rules. |
| π₯ Early Users & Communities | Stake in new agents, earn token rewards for usage and referrals, and vote on upgrades or forks. |
| π Infrastructure Providers | Plug GPUs, bandwidth, or validator nodes into Capx Cloud/Chain and collect CAPX + agent-level fees. |
| πΉ Investors & Traders | Provide liquidity, trade agent tokens on the in-app DEX, and allocate capital to fast-growing agent economies. |
π§ Where to Go Next
Capx Products
Detailed overview of the App, Chain, and Cloud infrastructure components.
Build on Capx
SDKs, APIs, token standards, and how to deploy your first agent.